Granular soils exhibit very complex responses when subjected to cyclic loading.
Understanding the cyclic behavior of such materials is not only crucial for engineering …

Bottom-supported platform with mat foundations is considered as a cost-effective option for
offshore wind power installations due to its rapid installation and extraction period. However …

Long-term cyclic loading can substantially reduce the bearing capacity of pile foundations,
potentially compromising the structural integrity of offshore foundations. A small-scale model …

Tall buildings with basement levels are increasingly being built due to need for space in
large cities. Frequently, such structures are built involving a raft foundation and diaphragm …

Silty soil is common in the seabed of eastern coastal areas of China. The behaviors of the
silty soil and a bucket foundation installed within it need more study. In this work, model tests …

Due to the thick soil layer, short backfill time, and low degree of consolidation of the soil‐rock
mixture backfill in Chongqing city, metro train tunnels passing through this type of strata are …

The most important aspect of every civil engineering project is acquiring reliable information
on the ground on which the project will be constructed. This research includes a site …

The calculation of the long-term dynamic bearing capacity arises from the need to consider
the generation of maximum pore-water pressure developed from a cyclic load. Under …

Most theoretical models of shallow anchor cables do not take the effect of anchor inclination
into consideration, which is an important factor influencing load distribution, stress …

The failure criterion of low-density volcanic rocks differs radically from that of conventional
rocks by manifesting collapse under isotropic stress. In this way, the shapes of the failure …